Maytag 111990" Automatic Dryers Service Manual Download Page 129

Page: 129 / 129

Summary of Contents for 111990" Automatic Dryers

Page 1: ...Maytag 111990 Automatic Dryers Service Manual 16000132 Issued 1990 Revised 2 98 ...

Page 2: ......

Page 3: ...ENTS 3 1 CONTROL PANEL ASSEMBLY COMPONENTS 3 1 MICROPROCESSOR BOARD CONTROL 3 10 FRONT PANEL AND COMPONENTS 3 13 TUMBLER AND RELATED COMPONENTS 3 17 THERMOSTATS 3 24 BLOWER 3 27 DRIVE MOTOR AND IDLER ASSEMBLY 3 28 HEATING ELEMENT AND RELATED COMPONENTS ELECTRIC MODELS 3 31 GAS VALVE AND RELATED COMPONENTS 3 34 CABINET AND TOP COVER 3 41 SECTION 4 PRE INSTALLATION CONSIDERATIONS 4 1 LOCATING DRYER ...

Page 4: ...ED GD401 1090 Contents ii ...

Page 5: ...repair is attempted by persons other than qualified service technicians or if parts other than MA yeOR replacement parts are used Improper assembly or adjustment can cause haz ardous conditions There can be risk of injury or electrical shock while performing services or repairs Injury or electrical shock can be serious or even fatal The first and most important step of any service call is to accur...

Page 6: ...mbly procedures the purpos e and or function of the part and in some instances specific checks to be made Section 4 covers Pre Installation Considerations This provides information on location and exhausting of dryer main burner adjustment electrical requirements and connections Section 5 covers General Information This section covers brief specifications cycle descriptions and schematics ED GD401...

Page 7: ...er Multiple ranges allow accurate determination of resistances of both single components and entire circuit paths Resistance is measured in ohms An Appliance Test Meter is a multi purpose tester combining an AC DC voltage tester with a multi range ohmmeter SF 2 APPLIANCE TEST METER SET METER FOR USE AS FOLLOWS 1 Calibrate meter by touching test probes together and turning adjusting dial until mete...

Page 8: ... a circuit Examples include door switches timer contacts selector switch and relay contacts Continuity test of load devices will show varying levels of resistance from very low for some transformer and motor windings to very high for some timer motors and components on elec tronic control boards Usually it is more important to know if there is a path for current flow through a device continuity th...

Page 9: ... are not meant to be used as the exact values to determine whether a t omponent should be replaced They are provided so that you may have an idea of the resistance that you can see in testing components EDIGD401 1090 CLAMP ON AMMETER Each circuit in an appliance has a normal current draw which is an indi cation of the performance of that circuit Current draw levels less than or more than normal gi...

Page 10: ...al block Current measured should be 21 amps on the heating element side of the line 24 amps on the drive motor side of the line and 4 amps on the center or neutral line A MOTOR TEST CORD The motor test cord may be used to electrically check operation of the drive motor while still installed in the unit Testing of the motor in this manner determines whether or not it will run independently of other...

Page 11: ...replace motor switch or motor 4 Open door to stop dryer When motor stops motor switch contacts must open if not replace switch or motor ED GD401 1090 VOLTAGE CHECKS For the most part these checks will consist of taking readings at the wall receptacle in order to delermine the availability of voltage to the product Voltage checks on individual compo nents of a product are not recom mended due to th...

Page 12: ... the exhausted air SET UP METER FOR USE AS FOLLOWS 1 Turn selector knob to TEMP 2 Insert black negative lead of temper ature probe into socket marked negative 3 Insert red positive lead of temper ature probe into socket marked positive 4 To calibrate meter touch black plug from red positive lead to black nega tive lead and turn calibration dial until needle aligns with CAL 5 Probe is ready to use ...

Page 13: ...readings are at 240 volts One line will be 24 amps and the other line will be 21 amps The neutral line will be at 4 amps If you have the above amperage readings the problem is not the dryer Check the fuse box circuit breaker or house wiring Shorted heating element Incorrect wiring or a wire shorting to ground Drive motor Gas Models During ignition the dryer will draw 7 amps With the burner on the ...

Page 14: ...motor Timer AUTO DRY MODELS Set timer for time dry Check voltage across timer motor If timer will not advance replace timer When valve or element cycles off should have power to timer motor if not proceed with next check Dryer cycling on hi limit thermostat Check following Lint filter clean Restriction in exhaust Exhaust hood door stuck Exhaust too long Regulating thermostat Customer is overloadin...

Page 15: ...ber three for the heater and the dryer begins a timer controlled CAUTION cool down period The amount of cool down time will depend upon the cycle selected Regular 6 minutes Permanent Press 13 minutes and Permanent Press with Press Care 33 minutes NOTE These times are approximate The timer then advances to where cam number 1A opens de energizing the drive motor and the cycle ends TROUBLESHOOTING Wh...

Page 16: ...ol Assembly If dryer does not go into cool down and shut off with the sensor disconnected the problem is in the electronic control assembly While the dryer is running observe the neon bulb on the electronic control printed circuit board When the capacitor reaches approximately 72 volts the neon bulb fires flashes the SCR conducts the relay coil is energized and the contacts in the relay close If n...

Page 17: ...elay should now be ener gized CAUTION F Check for continuity from ter minal RD on relay to terminal W BK on relay No continuity replace relay 4 Replace electronic control printed circuit board If neon bulb does not FIRE 1 Check capacitor A Disconnect power supply B Remove electronic control printed circuit board C Set ohmmeter to an ohm scale such as Rx100 D Place meter leads into openings in the ...

Page 18: ...ition Buzzer stays on too long or goes off too quickly Auto Dry Models Length of time the buzzer stays on is dependent upon the time it takes the motor to slow down allowing the motor switch to reset The normal time increment is between 2 and 3 seconds Buzzer will not buzz during Press Care Setting With dial set on auto dry permanent press and the press care on button depressed the buzzer will sou...

Page 19: ...AUTION switch contacts in the relay and pro vides a path for voltage to the motor When the microprocessor board deter mines it needs to stop the motor it removes the 24 VDC to the relay s coil The switch returns to its normally open position and the path for voltage to the motor is opened The control circuit and controlled circuit for the heating element on the electric dryer operate on the same p...

Page 20: ...r terminals for DC and the larger terminals for AC CAUTION Note You are checking DC voltage set and use meter accordingly B No voltage suspect the micro processor transformer edgeboard connector AA or power supply CONTROLLED CIRCUIT 1 Check for continuity across the Motor Relay s switch contacts with the coil energized A Disconnect power supply B Remove wire connectors R BK and GY C Attach the met...

Page 21: ...e No continuity replace relay CAUTION CAUTION Use extreme care when checking voltage 2 Check 24 DC voltage to relay A Place meter leads across wire connectors YL and W BU NOTE Checking DC voltage set and use meter accordingly B Make voltage check No voltage suspect microprocessor board transformer edgeboard connector AA or power supply CONTROLLED CIRCUIT 1 Check for continuity across switch contac...

Page 22: ...nectors BU and BK from motor switch B Attach meter leads across termi nals SU and BK on switch C Use small screwdriver to move centrifugal lever on the drive motor to the run position D Check for continuity across ter minals BU and BK no continuity replace motor switch HEA T CIRCUIT FOR THE GAS DRYER No heater control relay is placed in series with the gas valve on the gas dryer The control for th...

Page 23: ...r It accomplishes this control with several components The components involved are the trans former thermistor control relays dryness sensor and lint filter switch To start the dryer the user selects the desired program by pressing the indi cated pad on the menu There are 17 of these pads from which the user can select the programs and options for the dryer Behind the pads are actuators push rods ...

Page 24: ...ocessor board it should be checked first if it appears the microprocessor board or any of the components in its circuitry is not func CAUTION tioning properly In checking or trou bleshooting the transformer it is important to remember the transformer only transforms or changes the voltage to different values It does not rectify the voltage to DC that is done on the microprocessor board NOTE There ...

Page 25: ...minals No continuity replace transformer CAUTION 6 Remove wire connectors PK and PK from secondary winding 7 Check for continuity across termi nals on this secondary winding No continuity replace transformer Voltage checks on the secondary windings CAUTION Use extreme care when checking voltage 1 Attach meter leads across terminals Y BK and Y BK on secondary winding Should see 20 7 VAC no voltage ...

Page 26: ... but one of the fault codes Fault code F 9 is the exception it does not appear in the display unless a certain procedure is followed and does not make the dryer inopera tive FAULT CODES F 1 Door circuit board component failure Dryer inoperative Can appear anytime Replace microprocessor board F 2 Low temperature sensed 40 below zero Dryer inoperative Can appear after the first 1 1 2 minutes of a cy...

Page 27: ... press OFF pad and while holding OFF pad press the PAUSE RESUME pad and hold for 2 seconds This sequence will show all display segments and then display a F 9 if low voltage has occurred since last check Check electrical circuit that dryer is on CLEARING THE FAULT Disconnect power supply Correct problem Restore power CAUTION Always disconnect power supply before making any continuity checks or res...

Page 28: ... ED GD401 1090 SECTION 2 ELECTRICAL MECHANICAL TROUBLESHOOTING 2 16 ...

Page 29: ...hey are Timer Auto matic Control Electronic Control and Microprocessor Timer Control These models utilize an electrical timer which the user sets to the number of minutes recommended in the operating instructions or as experience indicates necessary The timer knob and dial are attached to the timer shaft At the other end of the shaft is a cam which controls both the drying time and the cool down W...

Page 30: ...odels The length of the cool down period depetlds upon the cycle selection Per manent Press has an extended cool down to lower the temperature of the garments so as to minimize wrinkling which would result from the warm gar ments coming to rest at the bottom of the tumbler ED GD401 1090 The auto dry models operate on the principle that as long as the load being dried is damp and rapid evaporation ...

Page 31: ...ly 1400 F the circuit is broken to the heat source and at the same time is completed to the timer motor DRIVE MOTOR HEAT SOURCE TIMER MOTOR l TIMER SET HERE When the timer is set to a degree of dryness the circuit is completed to the heat source and the drive motor The difference between this control and a standard timer operated dryer is the fact that the timer motor is not initially in the circu...

Page 32: ...ition breaking the circuit to the timer motor and again completing the circuit to the heating element or gas valve A selection of the middle mark is a good starting point Experience gained from drying a few loads will enable the operator to pick a point either more or less dry which is most pleasing Once this point is determined it can be used for most loads as the automatic control based upon tim...

Page 33: ...eplace Timer 1 Pry out cap 2 Remove nut and dial 3 See Access To Control Panel Com ponents 4 Remove timer screws ED GD401 1090 TIMER MOTOR 1 See Access To Control Panel Com ponents 2 Remove two screws securing motor to timer Note It may be necessary to remove timer SECTION 3 SERVICE PROCEDURES 3 5 ...

Page 34: ...ding switch to back up plate CONTROL PANEL 1 Remove timer dial 2 See Access To Control Panel Com ponents 3 Remove end caps 4 Insert a flat bladed screwdriver between the top portion of the control panel and back up plate and gently pry the two apart 5 Disengage notches of control panel from slots in bottom of back up plate ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 6 ...

Page 35: ...The signal control lever is raised to increase and lowered to reduce or eliminate the buzzer tone 1 Remove buzzer One screw secures buzzer to mounting bracket 2 Remove slide lever with pivot arm Note position of pivot arm slide lever and retaining plate for future mounting procedures Two screws secure mounting plate for lever PUSH TO START SWITCH 1 See Access To Control Panel Com ponents 2 Remove ...

Page 36: ...ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 8 ...

Page 37: ...se components are located in the left hand corner of the control console ED GD401 1090 To remove the electronic control assembly components 1 Disconnect the power supply 2 Remove the two inside screws on control panel and tilt panel forward 3 To remove the electronic control board printed circuit board A Grasp the board on both sides with thumb and fingers B Pull straight back while twisting the b...

Page 38: ... cycle CONTROL PANEL REMOVED Microprocessor Models To remove microprocessor board 1 Disconnect power supply 2 Remove the two inside screws on control panel and tilt panel forward 3 Disconnect the three edgeboard connectors from the microprocessor board 4 Remove the eight nuts securing the microprocessor board to the mounting panel To remove mounting panel assembly Remove the four nuts securing the...

Page 39: ...ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 11 ...

Page 40: ...pply 2 Remove the two inside screws on the control panel and tilt panel forward 3 Disconnect the wires going to the relay 4 Remove the two screws securing the relay to the dryer top cover To remove heater relay Electronic Dryer Only 1 Disconnect power supply 2 Remove the two inside screws on control panel and tilt panel forward 3 Disconnect the wires going to the relay 4 Remove the two screws secu...

Page 41: ...FRONT PANEL AND COMPONENTS DOOR HINGES FRONT PANEL SCREWS INNER DOOR GAS VALVE ACCESS DOOR GAS MODELS ONLY OUTER DOOR ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 13 ...

Page 42: ... completely from the unit DOOR SEAL 1 Open door 2 Grasp one end and pull gasket from door 3 When installing the door gasket the thicker end fits behind the tabs on the door 4 Install one end of the gasket at the bottom of the door and work the gasket behind each tab Note It may be necessary to cut 1 2 from one end of the replacement gasket DOOR REMOVAL 1 Open door 2 Support door and remove four sc...

Page 43: ... dryer 2 Remove front panel because each door hhlge is backed up by a retaining clip which will fall from place when the hinge is removed 3 Remove two screws holding each hinge to the front panel 4 Remove two screws holding hinges to door panel DOOR SWITCH 1 Remove front panel 2 Squeeze the expanded end of the latch together and remove latch FRONT PANEL SEAL To maintain the proper air flow pattern...

Page 44: ... FRONT PANEL ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 16 ...

Page 45: ...n series with the door switch so that the light comes on illuminating the drum only when the door is open L GHT REPLACEMENT 1 Open door 2 Unscrew bulb ED GD401 1090 LIGHT RECEPTACLE 1 Remove screws from Front Panel and swing panel aside 2 Remove wires 3 Remove nut from left hand mounting tab 4 Pull up on receptacle to disengage from tumbler front SECTION 3 SERVICE PROCEDURES 3 17 ...

Page 46: ...ct position and pro vides the bearing surfaces for the tumbler to ride on 1 Remove front panel 2 Remove four screws holding tumbler front to cabinet 3 Remove screw holding ground wire to cabinet 4 Disconnect wires from retainer 5 Pull tumbler front out and away from tumbler Note Two tabs on each side of the tumbler front fit into notches in the front of the cabinet These must be disen gaged to rem...

Page 47: ...01 1090 4 Remove outlet duct TUMBLER FRONT BEARING AND PADS At the bottom inside of the tumbler front are two polyteflon bearings which rest on cork pads These bearings provide a surface for the front of the tumbler to ride on If it is necessary to replace a front bearing remove the tumbler front drill out old rivets and rivet new bearings on In positioning the bearing and pad the projections on b...

Page 48: ...s TUMBLER ALSO RIDES AGAINST LIGHT COLORED SIDE TUMBLER AND BEL T The tumbler is a round cylinder with no permanently attached front or back Tumbler speed is 47 RPM It is designed so there is no front or back Installation can be made without regard to which way it came out of a dryer To Remove Tumbler and Drive Belt 1 Remove front panel 2 Remove tumbler front 3 Reach under tumbler and remove drive...

Page 49: ...s of the belt are against the pulley and that the belt is properly seated into the pulley ED GD401 1090 5 With the left hand loop the belt under the motor pulley 6 With the right hand position the belt over the top of the idler pulley and begin to work it around the circum ference of the idler pulley while pushing the pulley up and to the left Note It is neither necessary nor advantageous to push ...

Page 50: ...of the lifter Pilot holes are also found in the tumbler When the clothes lifter is installed the tab is inserted into the slot in the tumbler This correctly aligns the screw holes in the lifter with those in the tumbler ROLLER AND BEARING ASSEMBL Y The tumbler roller consists of a rubber tire bonded to a plastic hub There are two roller and bearing assemblies attached to the tumbler rear Normally ...

Page 51: ...inst the tumbler The seal is then looped in a U shape so the slot edge of the light colored side is cemented to the tumbler back Rubber adhesive is used to hold the seal overlap 4 Install new seal and bend tabs back over seal with a pair of pliers ED GD401 1090 TUMBLER ALSO RIDES AGAINST LIGHT COLORED SIDE I THIS SIDE AGAINST TUMBLER BACK TUMBLER REAR The tumbler rear is secured to the back panel ...

Page 52: ...n the heat circuit in the event the thermistor fails to open the circuit at temperatures above 155 F ED GD401 1090 To remove the 1600 thermostat 1 Disconnect power supply 2 Remove front panel 3 Remove the thermostat cover mounted to the base electric dryer only 4 Disconnect wires from the thermo stat 5 Remove the two screws securing the thermostat to the blower cover To check the 1600 thermostat C...

Page 53: ... F you should read about 10 000 ohms At 140 F you should read about 1750 ohms Note Do not check with line voltage 120 VAC the thermistor is part of the low voltage circuitry THERMAL FUSES The function of the thermal fuse and thermal cut off is to stop the dryer in the event an over heating condition should occur The electric dryer has a thermal fuse mounted on the right side of the heat cone and a...

Page 54: ...e checks 1 Disconnect power supply ED GD401 1090 2 Remove front panel 3 Remove wires from the thermal fuse or thermal cut off 4 Check for continuity Attach meter across the terminals of the fuse or cut off No continuity replace fuse MUL T1 TEMPERA TURE Resistance Type These thermostats have 3 temperature options depending on resistors in the circuit For example no resistor internally in thermostat...

Page 55: ...ecessary to remove wires from thermostats to gain access to blower Simply lay blower cover forward ED GD401 1090 BLOWER HOUSING BLOWER IMPELLER The blower impeller is attached directly to the motor shaft and behind the blower cover 1 Remove blower cover 2 Remove clip retaining ring 3 Compress and remove clamp around hub of impeller 4 Work impeller back and forth while pulling off shaft BLOWER HOUS...

Page 56: ...h to drive motor MOTOR PULLEY DRIVE MOTOR AND IDLER ASSEMBLY Shown is the 2 groove 60 Hz 47 rpm pulley This identifies the pulley for 60 Hz operation 50 Hz has 3 grooves A switching device in a motor used to change the path of electricity from both start and run windings to run winding only It also completes the circuit to 1 Remove front panel 2 Remove tumbler front 3 Remove tumbler 4 Place hexhea...

Page 57: ...ounting ring With the proper 3 8 dimension established tighten the pulley set screw ED GD401 1090 When replacing the motor pulley make sure the set screw aligns with the flat side of the motor shaft Tighten set screw securely DRIVE MOTOR AND BASE 1 Remove front panel 2 Remove tumbler front 3 Remove tumbler 4 Remove two screws securing motor base to base frame 5 Remove wires from motor and unhook i...

Page 58: ... assembly Note When replacing the idler assembly apply a light coating of 56016 Maytag center seal grease to the motor support where it is contacted by the spacer for the idler ED GD401 1090 IDLER PULLEY 1 Pry clip from groove in shaft with a small screwdriver 2 A fiber washer is located on both sides of the pulley Be certain these are replaced when you reassemble these parts SECTION 3 SERVICE PRO...

Page 59: ...NE 1 Remove front panel 2 Remove screws holding heater cone shield to base Remove shield from dryer 3 Remove screw in front of cone holding cone to base and remove ED GD401 1090 screw in back of cone holding cone tab to inlet air duct 4 Remove wires to terminal posts 5 Pull cone out of dryer SECTION 3 SERVICE PROCEDURES 3 31 ...

Page 60: ...nsulators replace any that are damaged 6 Drop insulators over new element 7 Place looped ends of new element over terminal studs and replace nuts Don t overtighten you may crack insulator 8 Reinsert insulator clips and secure by twisting tabs with pliers Main tain slight tension on the element as clips are reinstalled See Photo 9 Be very careful when installing new element so the element is not st...

Page 61: ... heat off qUickly If a dryer is found to be cycling on the hi limit check for an air flow restriction To replace 1 Remove front panel 2 Loosen back screw 3 Remove front screw 4 Remove wires and slide thermostat out ED GD401 1090 INLET DUCT To replace the inlet duct it will be nec essary to remove tumbler rear The inlet duct is secured to the tumbler rear by three screws one at the top and two at t...

Page 62: ...ming cherry red It can reach a temperature of approxi mately 2200 F in about 30 seconds ED GD401 1090 Gas contacting igniter at this tem perature will ignite immediately 2 RADIANT SENSOR The radiant sensor operates much like a regular thermostat It is mounted to the side of the combustion cone over an opening which exposes the sensor to the igniter and burner flame In its normal condition the cont...

Page 63: ...roviding added pro tection against gas released in the event of a failure of one of the valves to seat properly The first valve is opened bya solenoid which has two separate coils built into one solenoid This solenoid uses what is termed a split coil The coils are referred to as the holding coil and the booster coil BOOSTER COIL Both coils are needed to lift the armature and open the valve The hol...

Page 64: ...ling for heat PHASE I Power reaches the valve assembly by means of the Molex wiring connector The black valve harness wire is normally the hot side of the line and the red is normally the neutral side of the line and is completed through the motor centrifugal switch Radiant sensor contacts clo ed The holding coil booster coil and igniter all receive line voltage The holding coil and booster coil d...

Page 65: ...ropped across the sec ondary coil Only a small per centage is dropped across the booster coil and igniter ED GD401 1090 2 The secondary coil now opens Valve 2 releasing gas across the still extremely hot igniter The burner flame is ignited While the igniter will cool the tip is positioned in the burner flame which keeps it hot and the resistance low The ignition cycle is now completed and the dryi...

Page 66: ... the gas valve coils Notice the holding and booster coils are now molded together and a three prong connector is used to conoect them The secondary coil uses a two prong connector Once the coils have been unplugged remove the two screws that secure the coil holding bracket Remove the bracket and lift the coils off Replace coils bracket and wire harness Note The coil positioning tabs and matching h...

Page 67: ...ing sensor to heat cone 4 Pull tab on sensor bracket from slot in heat cone HI LIMIT THERMOSTAT The hi limit thermostat is many times referred to as the safety thermostat This thermostat is located close to the heat source If a dryer is cycling on the hi limit ther mostat check for restrictions in the air flow pattern 1 Remove front panel 2 Loosen back screw 3 Remove front screw 4 Remove wires and...

Page 68: ...f cone holding cone tab to inlet air duct 5 Pull cone out of dryer INLET DUCT This duct serves to channel heated air into dryer tumbler 1 Remove front panel 2 Rernove tumbler front tumbler and belt 3 Remove screws securing heat cone to base and to inlet duct 4 Remove tumbler back Note four screws are accessible from behind dryer 5 Remove screws securing inlet duct SECTION 3 SERVICE PROCEDURES 3 40...

Page 69: ...ponents on control panel FRONT CABeNET PANEL I 4 Remove control panel assembly I 5 Pull main wire harness through I I opening in top cover 6 Remove console 7 Push top cover back to disengage from cabinet and remove top cover CABINET REMOVAL 1 Remove front panel 2 Remove top cover assembly 3 Remove tumbler 4 Remove tumbler rear 5 Remove six screws three on each side holding cabinet to base frame Re...

Page 70: ...ED GD401 1090 SECTION 3 SERVICE PROCEDURES 3 42 ...

Page 71: ...struct the flow of combustion or ventilating air When locating a Maytag dryer the following dimensions should be taken into consideration When installing the dryer the following minimum clearances to combustibles shall apply clearance to wall sides 0 inches top 0 inches with outside exhaust rear 0 inches with outside exhaust 6 inches with inside exhaust Dimensions 1 34em l Scm 72 3 em If 28 1 CORD...

Page 72: ...et is determined a 4 1 4 hole should be cut in the wall to accept the exhaust hood To permit sufficient air circulation under the exhaust hood there should be no less than a 12 clearance between the bottom of the exhaust hood and the ground When possible the exhaust hood should not exhaust ED GD401 1090 directly into a window well DO NOT TERMINATE EXHAUST UNDER A HOUSE OR PORCH Note Where the exha...

Page 73: ...t as possible The longer the duct the more friction and resistance to air flow 2 Keep the number of elbows and the degree of bend to a minimum to minimize air resistance due to dynamics We recommend that not over 3 elbows be installed in the duct 3 The smoother the inside sUrfa e of the duct the less the friction and the greater the air flow It is because of this that we recommend using smooth rig...

Page 74: ...nal operation Under this con dition the exhaust duct and vent hood must be free of lint the lint filter must be clean and the dryer must not be overloaded If these conditions are not me he dryer could cycle on the hi limit thermostat extending the dry time It is for this reason that we list this as marginal operation and the maximum ducting ED GD401 1090 NOTE No 2 The figures for flexible duct app...

Page 75: ...LINT CREATES A FIRE HAZARD THERE FORE FREQUENT CLEANING OR VAC UUMING OF THE LINT ACCUMULATION IS NECESSARY ADDITIONAL FACTS ABOUT EXHAUSTING These large capacity Maytag dryers are designed to move 180 cubic feet of air per minute As exhaust ducting is added it imposes resistance to the flow of air which must be overcome by the dryer exhaust fan This resistance is due to static velocity and dynami...

Page 76: ...oss There are many factors influencing air flow such as the considerations listed under Guide for Proper Exhausting In addition to these items the operator s practices also affect air flow efficiency and the resulting drying times A Failure to clean the lint filter regularly will result in a reduction in air flow and will cause the dryer to take longer to dry the clothes B Overloading restricts pr...

Page 77: ...rements NOTE The conversion should always be performed by a qualified service technician A 1 2 gas supply line is recommended and must be reduced to connect to the 3 8 gas line on the dryer ED GD401 1090 The dryer and its individual shutoff valve must be disconnected from the gas supply piping system during any pressure testing of the system at test pressures in excess of 1 2 P S I G In other word...

Page 78: ...tlined for grounding polarizing 3 wire and capacity Wire size should be afleast No 14 BEFORE PLUGGING IN POWER ORD OPERATION OR TESTING follow grounding instructions In Grounding Section ED GD401 1090 GROUNDING 120 VOLTS 60 HZ IMPORTANT SAFETY PRECAUTIONS Warning To prevent unnecessary risk of fire electrical shock or personal injury all wiring and grounding must be done in accordance with the Nat...

Page 79: ...or to wire hookup Consult local building officials and qualified electrician in the event any questions exist WARNING ALL GROUNDING AND WIRING MUST BE DONE IN ACCORDANCE WITH NATIONAL AND LOCAL CODES U S MODELS The National Electrical Code ANSIINFPA NO 70 Latest Revision and local codes and ordinances 1 GROUND SCREW CLAMP WIRE CANADIAN MODELS The Canadian Electrical Code C 22 1 Part 1 and Local Co...

Page 80: ...ce pro tected by a 15 amp fuse or comparable circuit breaker ED GD401 1090 On gas models the electrical power cord comes already attached to the dryer Plug the power cord into a nearby 120volt 3 prong properly wired grounded receptacle ELECTRIC MODELS Canadian Models 120 240 Volt ALL CANADIAN MODELS ARE SHIPPED WITH THE POWER CORD ATTACHED The dryer power cord should be plugged into a 30 amp recep...

Page 81: ...cord receptacle should be wired with no smaller than a No 10 wire and be sure a strain relief is used 2 The neutral line of the service cord must always be connected to the P2 service post The two 120 volt lines of the service cord then go to the P1 and P3 terminal block posts as shown 120V N 120V Note The service cord is not provided w lth electric model dryers Connect the power cord as follows 1...

Page 82: ... homes When installed in mobile homes the installa tion must conform to the Manufactured Home Construction and Safety Standard Title 24 CRF Part 32 80 When installing a dryer in a mobile home provisions for anchoring the dryer should be made An anchor bracket kit is available Part No 303740 Instructions for installing the anchor brackets are contained in each kit All mobile home installations must...

Page 83: ...iance 1 To avoid possibility of fire or explo sion A Items containing foam rubber may also be labeled Latex foam or foam rubber like materials must not be dried on a heat setting Foam rubber materials when heated can under certain circumstances produce fire by spontaneous com bustion B Any material on which you have used a cleaning solvent or which is saturated with flammable liquids or solids sho...

Page 84: ... ED GD401 1090 SECTION 4 PRE INSTALLATION CONSIDERATIONS 4 14 ...

Page 85: ...er DRUM SPEED 47 RPM ROTATION Clockwise when viewed from the front HEAT SOURCE ELECTRIC 240 Volts GAS 1 Single port valve capable of pro viding 22 000 BTU 2 Direct ignition by igniter bar 3 The circuit should be fused with a 15 amp fuse or comparable circuit breaker Maximum draw is 6 amps ED GD401 1090 1 Nichrome helix coil rated at 5300 watts aL240 volts AC 2 Total wattage including drive motor 5...

Page 86: ... AUTO TIME 3 X OPT X X 15 08420 E AUTO TIME 2 X X X X 20 08410 AUTO TIME 1 X X X X 20 08300 AUTO TIME 2 X X X 15 08200 AUTO ONLY 2 X 25 08000 E AUTO ONLY 1 X 25 07800 E AUTO TIME 3 X X X X 20 07600 E AUTO TIME 3 X X X 15 07500 AUTO ONLY 2 X X 60 07400 TIME DRY 2 X X 20 05910 AUTO TIME 3 X OPT X X 15 04910 AUTO TIME 2 X X X 15 04000 AUTO ONLY 1 X 25 Abbreviation Description E Canadian Model in Elec...

Page 87: ...8420 Canada 5 36 DE8410 5 16 DG8410 5 17 DE8410 Canada 5 37 DE8300 5 18 DG8300 5 19 DE8200 5 20 DG8200 5 21 DE8200 Canada 5 38 DE8000 5 22 DG8000 5 23 DE8000 Canada 5 39 DE7800 5 24 DG7800 5 25 DE7800 Canada 5 40 DE7600 5 26 DG7600 5 27 DE7600 Canada 5 41 DE7500 5 28 DG7500 5 29 DE7500 Canada 5 42 DE7400 5 30 DG7400 5 31 DE7400 Canada 5 43 DE5910 5 12 DG5910 5 13 DE4910 5 18 DG4910 5 19 DE4000 5 2...

Page 88: ...0 008 PK BK o IJZ 9 z o 0 l0 Y BK 0 O i 7 0 110 Y BK r 0 6 fl W OR fl 5 0 W OR 0 4 3 BU 2 PK 1 PK 22 6V 1 L ___ N W BR 1600 LIMIT TH ST HI LIMIT TH ST HEATER W BR 55 HEATER RELAY DE9900 GY 31 BK 37 W BU 10 RD 35 GY THERMAL 34 FUSE HEATER RD 17 THERMAL DOOR FUSE SWITCH W BU 9 THERMISTOR R BK 20 3 II R BK 21 CONNECTOR BB MICROPROCESSOR CONTROL ELECTRICAL WIRING DIAGRAM WH 29 ELECTRICAL SCHEMATIC DRY...

Page 89: ... W BK 13 W BK 12 BR II BR s 10 PK BK 0 UN 9 PK BK OO 0 0 z 0 z o 7 Y BK 10 u 00 6 Y BK o rrJ ll r f 5 W OR f 0 4 W OR 0 u 3 BU 2 PK 1 PK N GND DG9900 RADIANT SENSOR IGNITER HI LIMIT TH ST 1600 LIMIT TH ST RD 17 BK 13 R BK 20 GAS VALVE GY 51 THERMAL GY FUSE 50 R BK 30 THERMISTOR W BR 40 GY 12 DOOR SWITCH INTERIOR LAMP DRYNESS SENSOR NEUTRAL LINE IDENTifiED 8Y 015 TRACER AND TIN PLATED TERMINAL 7 TR...

Page 90: ...NUTES BUZZER PULSER HEATER ELECTRONIC CONTROL DISABLE DRIVE MOTOR HEATER YL OR OVERLOAD PROTECTOR 1 I I I I I IR IU IN I I I I RDI WB BR YL BU YL YB BK GY oWB RD CAM CIRCUITS NO R BK THERMAL FUSE HEATERJ _ I _ CAM INFORMATION AND CONTACT DATA DOOR SWITCH GY GND N OPEN VM P YL CL L2 Ll ELECTRICAL WIRING DIAGRAM HI LIMIT TH ST C A p A C I T o R I BR40 2 E C 3 DO 4 G N PK27 5 E N r W R D 4 5 16 B E _...

Page 91: ...ER ELECTRONIC CONTROL DISABLE YL OR I OVERLOAD J J PROTECTOR I I I I I IR IV IN I I I I RDI GY WB BR BK GY YL BU YL YB Q WB RD GY TIMER THERMAL MOT0R _ R FUSE 1 BK INTERIOR I LIGHT GY CAM CIRCUITS NO CAM INFORMATION AND CONTACT DATA OPEN I YL t I t Id RELAY SELECTOR SWITCH CODES BK SWITCH DOOR SWITCH GY N GND L Ll ELECTRICAL SCHEMATIC r PUSH TO START SWITCH LI POWER CORD N G WH 42 W BK I RELAY SEN...

Page 92: ...IRCUITS FUNCTION NO r CAPACITOR W SOR T BK D O O R RELAY SWITCH I I SWITCH N I O N tENT smTC 7 VM r CL Id y LL f t l EAT ING L2 RELAY BK ELEMENT SWITCH SELECTOR SWITCH CODES DEL DELICATE LD LESS DRY MED MEDIUM ND NORMAL DRY REG REGULAR MD MORE DRY GND L1 ELECTRICAL SCHEMATIC DE9700 ELECTRICAL WIRING DIAGRAM C A P A C I T o R HI LIMIT TH ST SENSOR I GN 2 BR40 E C L 3 DO DRYNESS 4 G N SWIT CH _ P K2...

Page 93: ... YL BUZZER BUZZER PULSER HEATER ELECTRONIC CONTROL DISABLE HEATER DRIVE MOTOR I I I I BK I I r c I I I I L J CENT SWITCH YL OR I I OVERLOAD J J PROTECTOR I I I I I IR IU IN I I I I ROI WB BR YL BU YL YB CD WB RD BK GY CAM CIRCUITS NO DOOR SWITCH N OPEN u I YL CL GND L1 ELECTRICAL SCHEMATIC C A P A C I T o R BR40 I 2 E C 3 D 0 W BU32 4 G N PK27 5 E N r W R O 45 i6 B E i 7 a c I W J m u7 i 8 A T r _...

Page 94: ... to J TEMP 0 iSWI TCH I I __ J BK W RD BK DE8600 HI LIMIT TH ST CYCLING TH ST 1 YL 6 BU HEATER RD OR RD THERMAL FUSE GY HEATER G YOh YL THERMAL BUZZER fH t FUSE ELECTRICAL SCHEMATIC PRESS CARE K t CD BK SWITCH I 2 I f I BR OR _ fO r f J RpjD I I CENT B Uc i ___ SWITCH I BK I _ 1 GND DOOR SWITCH OPEN N e WH I I YL CLOSED L2 BU 44 BR 46 THERMAL FUSE WIRING CONNECTION DIAGRAM Y BK 43 OR 20 Ll N L2 GR...

Page 95: ...NTACT DATA AUTO IAIR citUFFI 0 I AUTO I 0 I I COIITlCT FUNCTION PERM PRESS PRESS REG F TIME DRY NO CIRCUITS CARE F YB BR DRIVE MOTOR GY BR I PRESS CARE I G YB OR I TIMER MOTOR I G IYL PU HEATER G IYL BK BUZZER HEATER YL RD BUZZER PULSER PUSH TO START SWITCH PRESS CARE SWITCH PK I e I BR _ 0 _ L1 N PRESS CARE SWITCH GND BK 32 GAS VALVE BK 54 HI LIMIT TH ST YL 34 GY 51 THERMAL FUSE GY 50 RD 30 RD 31...

Page 96: ...0 I I F T IME DRY cOlilcr CIRCUITS FUNCTION PERM PRESS CARE F REG F 1 1 YB BR DRIVE MOTOR GY BR I PRESS CARE DYB OR TIMER MOTOR I G YL BU HEATER i IYL BK BUZZER HEATER 4 JIYL RD BUZZER PULSER I PRESS CARE SWITCH e PK I I B o R _ I CENT BUd SWITCH I _ o Bc K Bc K I I 1 I L _ L1 GND DOOR SWITCH OPEN N t e WH I I YL _ CLOSED L2 RES I STOR BU 44 Y BK 43 Ll N L2 GROUND STRAP BU 44 BUZZER BR 46 CYCLING ...

Page 97: ... CENT SWITCH I BK THERMAL _ l _ G Y rioY L FUSE ELECTRICAL SCHEMATIC I 0 I I I l I BU 1 _ OVERLOAD I PROTECTOR I I I IS R r U R N T OR 20 CLOSED DOOR SWITCH OPEN I WH I J YL YL O Q PRESS CARE SWI TCH I BR __ L1 ON 5 SECONDS EVERY 5 MINUTES PRESS CARE SWITCH GND N BK 32 VALVE HI LIMIT TH S1 CYCLING TH ST YL 34 THERMAL FUSE GY 51 GY 50 RO 30 RO 31 WH 42 GY 47 Iml l WH 42 YL 35 DOOR SWITCH BU 4 BU 44...

Page 98: ... DE8420 HEATER HI LIMIT TH ST CYCLI NG TH ST HEATER I Y L O BU t K CDJBK CD OR RD GY YL BUZZER OVERLOAD OR PROTECTOR I TIMER I MOTOR I WH ELECTRICAL WIRING DIAGRAM TERMINAL BLOCK BU 28 ON 5 SECONDS EVERY 5 MINUTES L1 N L2 GROUND STRAP I I I CENT BU I rt SWITCH 0 I BK BK I L 4If b t I L J L1 GND DOOR SWITCH OPEN N WH I I YL _ CLOSED L2 ELECTRICAL SCHEMATIC OR 20 r THERMAL FUSE HEATER BUZZER N BU 44...

Page 99: ...I Cl I Ill I I I 1__ _ J BK TEMP SWITCH DG8420 RD HI LIMIT TH ST t RADIANT SENSOR WH TIMER MOTOR I ELECTRICAL SCHEMATIC I I j I I I RI UI NI I I I I I RD BU I l Q J CENT L J BU I SWITCH GAS VALVE 1 0 1 _ L bB K B KL_ ___ I r L I DOOR SWITCH OPEN BU e I YL CLOSED N GND L LI N G OR 20 YL 48 DOOR SWITCH YL 35 WH 42 IHI R0 31 GY 50 GY 51 THERMAL FUSE BK 32 NEUTRAL LINE IDENTifiED BY 015 TRACER AND TIN...

Page 100: ...0 HEATER SECTION 5 GENERAL INFORMATION THERMAL FUSE HEATER THERMAL FUSE GY 31 t K JBK CD CD YL OR BU RD YL GY YL CYCUNG I BUZZER TH ST OR OR I TIMER I HI LIMIT MOTOR TH ST WH RD I 1 1 I I I I RI UI N 1 I I 1 I I GY ELECTRICAL SCHEMATIC ELECTRICAL WIRING DIAGRAM YL 42 TERMINAL BLOCK PUSH TO START SWITCH J THERMAL FUSE HEATER GY GY l H O Cr 10 1 l r Z 1D B U 2 S l I 1 I 1 CENT BU 1 i SWITCH 1 1 1 p ...

Page 101: ...8410 I I I I L J GAS VALVE THERMAL FUSE BU GY 51 GY 50 WH 42 11 1 0RD 31 YL 35 Kl K lB i CD CD YL YL BU OR GY RD GY GY I iCYCLING YL I I TH ST BUZZER OR OR PU TIMER I MOTOR HI LIMIT I I I TH ST WH RD ELECTRICAL SCHEMATIC YL 48 DOOR SWITCH OR 20 G I I CENT BU I SWITCH 1 1 L bB c K cB K i L I LI N GND L DOOR SWITCH OPEN N i BU I I I YL CLOSED NEUTRAL LINE IDENTIFIED 8Y 015 TRACER AND TIN PLATED TERM...

Page 102: ...USE HEATER YL PUSH TO START SWITCH GY BUZZER RD _v I CENT t q T I SWI TCH I I BK BK I i 4t__ O I I I I 1 I L I GND DOOR SWITCH OPEN N I fi WH I I YL _ CLOSED L2 ELECTRICAL SCHEMATIC BK 32 W RD 38 TEMP SWITCH Y BK 21 H 1 LIMIT TH ST CYCLING TH ST DE4910 DE8300 BK 33 THERMAL FUSE HEATER GY 31 ELECTRICAL WIRING DIAGRAM TERMINAL BLOCK BU 26 DOOR SWITCH r l YL 35 G Y_4 7 r G Y 2 4 Ll N L2 GROUND STRAP ...

Page 103: ... TIMER MOTOR OR OR WH I I RD THERMAL FUSE GY BUZZER GY ELECTRICAL SCHEMATIC PUSH TO START SWITCH OVERLOAD PROTECTOR I I I _ I I IS R I IT U I I A N I I R I I T I I YL I I I I 1 I CENT I B U I_ i I SWI TCH I I BK BK I j 4 O f L J I I I GAS VALVE L I GND BUZZER Y BK 21 GY 50 CYCLING TH ST HI LIMIT TH ST W RD 38 TEMP SWITCH LI N G DOOR SWITCH YL 35 NEUTRAL LINE IDENTIFIED 8Y 015 TRl CER l ND TIN PLl ...

Page 104: ...AT OR OR WH f I BUZZER OVERLOAD _ PROTECTOR o iBK THERMAL FUSE HEATER AIf 1D R 0 HEAT ING I CENT ELEMENT r SWITCH BK f q L b l B K BK _ I I 1 I I L I Ll GND DOOR SWITCH OPEN N WH I I YL CLOSED L2 ELECTRICAL SCHEMATIC BK 32 W RD 38 5 20 TEMP SWITCH Y BK 21 HI LIMIT TH ST CYCLING TH ST SECTION 5 GENERAL INFORMATION BK 3 3 THERMAL FUSE THERMAL FUSE HEATER GY 31 ELECTRICAL WIRING DIAGRAM TERMINAL BLOC...

Page 105: ...GY R U N BK THERMAL FUSE o iBK PUSH TO START SWITCH OVERLOAD 1 1 PROTECTOR 1 I I I _ I I DOOR 1 s SWITCH IT I A OPEN I R T BU I I YL I l r Lo e RD ___ YL CLOSED I I CENT I B U I_ rr I SWI TCH I I BK BK I I 0 t L G A S V TA L V E I N GND r ELECTRICAL SCHEMATIC BUZZER Y BK 21 GY 50 CYCLING TH ST HI LIMIT TH ST W RD 38 TEMP SWITCH LI N G DOOR SWITCH THERMAL FUSE BK 32 NEUTRAL LINE IDENTIFIED BY 015 T...

Page 106: ...OR CYCLING TH ST HI LIMIT TH ST JHEATER BK PU I I WH I I OVERLOAD j iPROTECTOR I I I RI UI NI I I I I I RD Yl THERMAL FUSE I HEATER THERMAL FUSE WH I r J I CENT L 2 Bud SWI TCH I BK I 1 1 N GND r ELECTRICAL SCHEMATIC HI LIMIT TH ST CYCLING TH ST THERMAL FUSE Yl 54 DE4000 DE8000 BU 44 Yl 51 THERMAL FUSE RD 49 HEATER RD 49 TERMINAL BLOCK GY 47 BU 26 Ll N L2 GROUNOELECTRICAL WIRING DIAGRAM STRAP ED G...

Page 107: ...IMER MOTOR HI LIMIT I THERMOSTAT OR WH f GY THERMAL FUSE YL PUSH TO START SWITCH RD o IJ 1 CENT a rr I SWITCH j t B O K t e B O K J I 1 I L I GND DOOR SWITCH OPEN N e WH I I YL _ CLOSED L2 W RD 38 RESISTOR BK 32 DE7600 BK 32 BK 33 THERMAL FUSE HI LIMIT TH ST THERMAL FUSE HEATER ELECTRICAL WIRING DIAGRAM ELECTRICAL SCHEMATIC TERMINAL BLOCK BU 28 DOOR SWITCH r l YL 35 r G Y 4 c 7 r G Y 2 4 Ll N L2 G...

Page 108: ...MOTOR HI LIMIT I I TH ST ___ 1 WH BK TEMP SWITCH RD HEATER I I I I I I I RI UI NI I I I I I ELECTRICAL SCHEMATIC OR 20 PUSH TO START SWITCH 1 OVERLOAD I PROTECTOR I I I IS IT IA IR IT I I YL YL ON 5 SECONDS EVERY 5 MINUTES I I I CENT BU I i iSWITCH 0 _ I BK BK 1 LAll I f I L I L1 GND DOOR SWITCH OPEN N WH I I CLOSED L2 BK 32 THERMAL FUSE CYCLING TH ST GY 31 THERMAL FUSE HEATER RD 41 RD 41 PUSH TO ...

Page 109: ...FF F REG F F 1 1 CIRCUITS CDYB GY DRIVE MOTOR g IYB OR I TIMER MOTOR G IYL BU HEATER 0IYL BK I BUZZER HEATER 4 IIYL RD I BUZZER PULSER Ll N GND LI N G OR 20 YL 48 DOOR SWITCH YL 35 WH 42 If If RD 31 WH 42 BU 41 GY 50 GY 51 THERMAL FUSE HI LIMIT TH ST BK 32 POWER CORD NEUTRAL LINE IDENTIFIED BY 015 TRACER AND TIN PLATED TERMINAL ELECTRICAL WIRING DIAGRAM SECTION 5 GENERAL INFORMATION 5 25 ...

Page 110: ...YL PROTECTOR 1 I I I IS IT IA IR IT I I I J THERMAL FUSE I i I I CENT BU I iSWITCH BU I I 0 1 I BK BK I I I I e iO LI _ _ _ _ _ J J I I GAS VALVE L I WH OPEN DOOR K SWITCH I I GY _ GY CLOSED YL BUZZER GND N DG8000 HI LIMIT TH ST OR 20 YL 16 WH 42 BU 44 RD 49 RO THERMAL FUSE RO 49 BU 38 ELECTRICAL WIRING DIAGRAM o BUZZER ELECTRICAL SCHEMATIC DG4000 GY 47 NEUTRAL LINE IDENTIFIED BY 015 TRACER AND TI...

Page 111: ...IMER MOTOR _ I OR OR WH I I R U N THERMAL FUSE GY CD BUZZER CD GY DOOR SWITCH OPEN N _ BU ____ I lI Y lL GH o RD CLOSED I CENT BU 1 SWITCH I l L BK __1 B K L __ _ _ _ ___l GAS VALVE I I L _ GND L ELECTRICAL SCHEMATIC BUZZER Y BK 21 GY 50 CYCLING TH ST HI LIMIT TH ST LI N G DOOR SWITCH NEUTRAl LINE IDENTIFIED BY 015 TRACER AND TIN PLATED TERMINAl WH 42 GY 51 THERMAL FUSE IGNITER RD 23 WH 24 N RADIA...

Page 112: ...DATA AUTO I I I I 1 COITlCT CIRCUITS FUNCTION PERM PRESS AUTO AIR FLUFF Ill WITH PRESS CARE REG CDYB GY DRIVE MOTOR oYB OR I TIMER MOTOR II I oYL BU HEATER I oYL BK BUZZER HEATER il 4 IYL RD BUZZER PULSER I ON 5 SECONDS EVERY 5 MINUT 1 I RD I I CENT __t B Uj I_rj SWI TCH I I I BK I 1 _ 1 L1 GND DOOR SWITCH OPEN N WH I CLOSED L2 BK 32 HEATER HI LIMIT TH ST THERMAL FUSE THERMAL FUSE HEATER GY 31 RD ...

Page 113: ...500 RD BU W RD HI LIMIT TH ST t YL CYCLING TH ST YL RD THERMAL FUSE BUZZER GY GY 51 OR OR GY 50 WH TIMER MOTOR J PUSH TO START SWITCH WH 42 GY GY IH f RD 31 YL 35 ELECTRICAL SCHEMATIC YL 48 DOOR SWITCH OR 20 CLOSED G WH 42 BU 41 I I DOOR SWITCH R I UI OPEN N I I BU I I I YL I J o l C C _ cl e I __ I D RD BU I I I I I 1 I I CENT L J f B U J_I i SWI TCH GAS VALVE I B K _ _ B K L l i 1 LI N N GND e N...

Page 114: ...H ST GY WH THERMAL FUSE GY PUSH TO START SWITCH CLOSED 1 OVERLOAD I PROTECTOR I I DOOR I SWiTCH OPEN T BU I I I YL YL __ o Q re RO vl I I I CENT BUI SWITCH 1 I I BK I L I L1 GND N ELECTRICAL SCHEMATIC GY 50 BU 41 WH 42 BK 32 W RO 38 TEMP SWITCH GAS VALVE HI LIMIT TH ST CYCLING TH ST BK 54 THERMAL FUSE GY 51 GY 50 RO 30 WH 42 DOOR SWITCH G LI N NEUTRAL LINE IDENTIFIED BY 015 TRACER AND TIN PLATED T...

Page 115: ...R N CONNECTOR BB I I MICROPROCESSOR CENT I r o L2 CONTROL SWITCH B U c t L__L J GNO e ELECTRICAL SCHEMATIC 1600 LIMIT TH ST HI LIMIT TH ST W BR 55 HEATER RELAY BK 33 GY 31 BK 37 W BU 9 W BU 10 RD 35 GY THERMAL 34 FUSE HEATER RD 17 DOOR SWITCH THERMISTOR R BK 20 R BK 21 3 II CONNECTOR BB MICROPROCESSOR CONTROL ELECTRI CAL WI RI NG 01 AGRAM WH 29 R BK 32 R BK 39 TERMINAL BLOCK BU 28 W BR 14 BK 37 DR...

Page 116: ... RD DOOR SWITCH GY CAM INFORMATION AND CONTACT DATA CAM CIRCUITS FUNCTION NO N f I 1 1 1 I I I I OPEN L J I CENT SWITCH V1 6Y LL f E L J CL L2 RELAY SELECTOR SWITCH CODES SWITCH DEL DELICATE LD LESS DRY MED MEDIUM ND NORMAL DRY REG REGULAR MD MORE DRY INTERIOR LIGHT L1 ELECTRICAL WIRING DIAGRAM C A p A C I T o R W BR 55 HI LIMIT TH ST I 2 E C 3 D 0 4 G N 5 EN l6 B E t _ _ 7 0 C OBK9 BAT i 9 R 0 BK...

Page 117: ...RD CAM INFORMATION AND CONTACT DATA CAM CIRCUITS FUNCTION NO CAPACITOR W SOR DOOR RELAY SWITCH SWITCH N OPE Y LL f t L J CL L2 RELAY SELECTOR SWITCH CODES SWITCH DEL DELICATE LD LESS DRY MED MEDIUM ND NORMAL DRY REG REGULAR MO MORE DRY L1 ELECTRICAL WIRING DIAGRAM C A p A C I T o R W BR 55 HI LIMIT TH ST I 2 E C 3 DO 4 G N PK27 5 E N W R7D4 5 j 6 B E t c l7 0 C l8 A T 0 BK9 9 R 0 BK35 10 D R WH21 ...

Page 118: ...EMP c SWITCH I I __ J BK W RD W BR CYCLING TH ST HI LIMIT TH ST HEATER 1 Y L o BU DE8600 CANADA BUZZER GY YL OR RDo RD ELECTRICAL SCHEMATIC PRESS CARE K CD BK SWITCH BR 0 _____l OR TH ERMAL r t_ R D o FUSE I I I CENT BUcl SWI TCH I P B K l J i I L I GND e DOOR SWITCH OPEN N e WH I I YL CLOSED L2 TEMP SWITCH BU 44 BR 46 BUZZER DOOR RD SWITCH 30 lD N N J lD 3 BU 2B TERMINAL BK 32 BLOCK Y BK 43 OR 20...

Page 119: ...ONDS EVERY 5 MINUTES BUZZER HEATER BUZZER PULSER HEATER DRIVE MOTOR CLOSED Ll 1 I _ I DOOR SWITCH n OPEN N I I WH I I I YL I J Q LC dl _ e o l RD I CENT L2 BU I rt SWITCH J a __ 1 BK 1 i tl _ I L I N GND HI LIMIT TH ST W BR 55 THERMAL FUSE HEATER THERMAL FUSE GY 31 RD 41 TERMINAL BLOCK t J BUZZER Ll N L2 ED G D401 1090 ELECTRICAL WIRING DIAGRAM SECTION 5 GENERAL INFORMATION 5 36 ...

Page 120: ...ED CAM INFORMATION AND CONTACT DATA AUTO AIR 0 AUTO 0 0 t01ITAtT FUNCTION PERM PRESS FLUFF F REG F TIME DRY F Ill CIRCUITS F F F CDYB GY DRIVE MOTOR 0 YB OR TIMER MOTOR YL BU HEATER I G YL BK BUZZER HEATER 4 IYL RD BUZZER PULSER I Ll 1 1 I CENT L2 BU I i SWITCH 0 _ 1 BK 1 J l p f i 1 L I N GNO e BK 32 TEMP SWITCH HI LIMIT TH ST W BR 55 THERMAL FUSE THERMAL FUSE HEATER YL 42 BU 44 TERMINAL BLOCK v ...

Page 121: ...K W BR TIMER MOTOR OR OR WH f r OVERLOAD PROTECTOR BUZZER 0 1 BK A l RD I CENT __ e i 7 1SWI TCH BK I 1 BK BK i I t 1 t L J 1 I 1 L I L1 GND DOOR SWITCH OPEN N WH I I YL CLOSED L2 ELECTRICAL SCHEMATIC DE8200 CANADA G Y 4 7 rG Y 2 4 TEMP SWITCH W RD 38 W RD 38 W BR 55 HI LIMIT TH ST HEATER THERMAL FUSE GY 31 THER MAL _ FUSE HEATER GY 31 WIRING CONNECTION DIAGRAM TERMINAL BLOCK DOOR SWITCH r YL 35 I...

Page 122: ...MOTOR CYCLING TH ST CYCLING TH ST HI LIMIT TH ST W BR 55 HI L1MIT I TH ST PU W BR THERMAL FUSE BK YL 54 YL 51 THERMAL FUSE HEATER WH BU 44 CANADA DE4000 DE8000 RD 49 RD o BUZZER ELECTRICAL SCHEMATIC GY 47 RD 49 TERMINAL BLOCK THERMAL FUSE I HEATER THERMAL FUSE WH I I OVERLOAD __ PROTECTOR I I I RI UI NI I I I I I I RD CENT L 2 B uJ SWI TCH I l 41 p BK i I L I N GND L1 N L2 ELECTRICAL WIRING DIAGRA...

Page 123: ... ST HEATER DE7800 CANADA BUZZER GY YL RD TIMER MOTOR OR OR WH f BK OVERLOAD PROTECTOR ELECTRICAL SCHEMATIC OR 20 ON 5 SECONDS EVERY 5 MINUTES CLOSED L1 PUSH TO START I SWITCH 1 DOOR I SWITCH OPEN e T WH I 1 I YL YL 1 O L Cl I 1 CENT L 2 _ B u __ rt SWI TCH I B I I 1 I _1 N GND YL 42 BK 32 HI LiMIT TH ST THERMAL FUSE HEATER THERMAL FUSE BU 44 TERMINAL 1 BLOCK Ol NC lC I 1 M r I lD rBc U 2 8 j BUZZE...

Page 124: ...OR WH OVERLOAD PROTECTOR BUZZER THERMAL FUSE HEATER L1 RD r I CENT L 2 _ t q _ rr I SWITCH 1 1 BK 1 1 1 1 1 L I DOOR SWITCH OPEN N WH f e J I Yc L__ Y L0 CLOSED GND L ELECTRICAL SCHEMATIC RESISTOR TEMP SWITCH BK 32 W RD 38 CYCLING TH ST Y BK 2 HI LIMIT TH ST HEATER BK 33 THERMAL FUSE HEATER THERMAL FUSE GY 31 WH 22 TERMI NAL BLOCK WIRING CONNECTION DIAGRAM DOOR SWITCH r lYL 3sL i c 1l GY 4 7 G Y 2...

Page 125: ... AUTO I I AIR FLU QIlTICT FUNCTION PERM PRESS Ill CIRCUITS WITH PRESS CARE REG i YB GY DRIVE MOTOR 0 YB OR I TIMER MOTOR G YL BU I HEATER I G YL BK I BUZZER HEATER YL RD BUZZER PULSER L1 DOOR SWITCH OPEN WH I I YL J L l j _ __ P JRD CLOSED I I CENT L2 BU I rt ISWITCH 1 _1 I J 4 BK _ L I I L I N GND L BK 32 HI LIMIT TH ST W BR 55 THERMAL FUSE THERMAL FUSE HEATER YL 42 TERMINAL BLOCK t J t I J I ltl...

Page 126: ...I I TH ST I I 0ISWITCH MOTOR 1 1 1 I 1_ _ J WH BK PUSH TO START SWITCH 1 1 I CENT BU 1 rt SWITCH W BR I I_I e _ a b B K _1_ L J i 1 I Ll GND DOOR SWITCH OPEN N WH I I YL CLOSED L2 ELECTRICAL SCHEMATIC DE7400 CANADA GY 24 BK 32 TEMP SWITCH HI liMIT TH ST W BR 55 CYCLING TH ST THERMAL FUSE THERMAL FUSE HEATER TERMINAL BLOCK r YL 35 DOOR SWITCH NO I N NN C C CD B U 2 8 1 Ll N L2 F ED GD401 1090 ELECT...

Page 127: ... ...

Page 128: ......

Page 129: ... Maytag Appliances Sales Company Customer Service 240 Edwards St Cleveland TN 37311 ...

Search results

Summary of Contents for 111990" Automatic Dryers

Reviews:

Related manuals for 111990" Automatic Dryers

Brands by name

Popular brands

Maytag 111990" Automatic Dryers, Service Manual

Search results

Summary of Contents for 111990" Automatic Dryers

Reviews:

Related manuals for 111990" Automatic Dryers

Brands by name

Popular brands